US PATENT SUBCLASS 522 / 1
.~ COMPOSITIONS TO BE POLYMERIZED BY WAVE ENERGY WHEREIN SAID COMPOSITION CONTAINS A RATE-AFFECTING MATERIAL; OR COMPOSITIONS TO BE MODIFIED BY WAVE ENERGY WHEREIN SAID COMPOSITION CONTAINS A RATE-AFFECTING MATERIAL; OR PROCESSES OF PREPARING OR TREATING A SOLID POLYMER UTILIZING WAVE ENERGY


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522 /   HD   SYNTHETIC RESINS OR NATURAL RUBBERS -- PART OF THE CLASS 520 SERIES

*  DD  SYNTHETIC RESINS (Class 520, Subclass 1) {1}
1.~ COMPOSITIONS TO BE POLYMERIZED BY WAVE ENERGY WHEREIN SAID COMPOSITION CONTAINS A RATE-AFFECTING MATERIAL; OR COMPOSITIONS TO BE MODIFIED BY WAVE ENERGY WHEREIN SAID COMPOSITION CONTAINS A RATE-AFFECTING MATERIAL; OR PROCESSES OF PREPARING OR TREATING A SOLID POLYMER UTILIZING WAVE ENERGY {27}
2  DF  .~.~> Processes of forming or modifying a solid polymer by laser; or compositions therefore
3  DF  .~.~> Processes of forming or modifying a solid polymer wherein specified mixing, stirring, agitating, movement of material or directional orientation is employed; or compositions therefore
4  DF  .~.~> Processes of forming or modifying a solid polymer by wave energy wherein at least two distinct external radiant energy sources are utilized; or compositions therefore
5  DF  .~.~> Processes of forming or modifying a solid polymer by wave energy wherein a temperature less than 0 degree C (32 degree F) or greater than 250 degree C (482 degree F) is employed; or compositions therefore
6  DF  .~.~> Compositions to be polymerized or modified by wave energy wherein said composition contains at least one specified rate-affecting material; or processes of preparing or treating a solid polymer utilizing wave energy in the presence of at least one specified rate-affecting material; e.g., nitrogen containing photosensitizer, oxygen containing photoinitiator, etc. wave energy in order to prepare a cellular product {14}
71  DF  .~.~> Processes of preparing or treating a solid polymer by wave energy in the presence of a designated nonreactant material (DNRM); or compositions therefore {6}
87  DF  .~.~> Processes involving protein as reactant or as solid polymer; or compositions therefore
88  DF  .~.~> Processes involving carbohydrate as reactant or as solid polymer; or compositions therefore {1}
90  DF  .~.~> Processes involving a polyurethane having terminal ethylenic unsaturation as reactant or as solid polymer; or compositions therefore {8}
99  DF  .~.~> Processes involving a polysiloxane having ethylenic unsaturation as reactant or as solid polymer; or compositions therefore
100  DF  .~.~> Processes involving an ethylenically unsaturated material derived from poly 1,2-epoxide as reactant or a solid polymer; or compositions thereof {3}
104  DF  .~.~> Processes involving an ethylenically unsaturated polyester derived from a polycarboxylic acid or derivative and polyol, condensate or solid polymer thereof; or compositions therefore {4}
109  DF  .~.~> Processes of chemically modifying a blend of two or more solid polymers in the presence of a chemical reactant; or compositions therefore {1}
111  DF  .~.~> Processes of treating a blend of two or more solid polymers or reacting one solid polymer with another solid polymer; or compositions therefore {1}
113  DF  .~.~> Processes of chemically modifying a solid polymer derived only from ethylenically unsaturated monomers by treating polymer with a chemical reactant; or compositions therefore {5}
134  DF  .~.~> Processes of chemically modifying a solid polymer or SICP derived from at least one saturated monomer by treating solid polymer or SICP with a chemical reactant; or compositions therefor {3}
148  DF  .~.~> Processes of treating a solid polymer or SICP derived from silicon containing reactant; or compositions therefore
149  DF  .~.~> Processes of treating a reaction product of a solid polymer and ethylenic reactant; or compositions therefore e.g., graft- or graft-type polymer, etc.
150  DF  .~.~> Processes of treating a solid polymer derived from ethylenic monomers only; or compositions therefore {4}
162  DF  .~.~> Processes of treating a solid polymer or SICP derived from at least one nonethylenic reactant or compositions therefore {4}
167  DF  .~.~> Processes of preparing a solid polymer from heterocyclic nitrogen monomers; or compositions therefore, e.g., carbazole, etc.
168  DF  .~.~> Processes of preparing a solid polymer from a heterocyclic chalogen monomer; or compsitions therefore {2}
171  DF  .~.~> Processes of preparing a solid polymer from at least one phosphorous containing monomer; or compositions therefore
172  DF  .~.~> Processes of preparing a solid polymer from at least one silicon containing monomer; or compositions therefore
173  DF  .~.~> Processes of preparing a solid polymer from at least one nitrogen containing monomer; or compositions therefore {3}
178  DF  .~.~> Processes of preparing a solid polymer from at least one oxygen containing monomer; or compositions therefore {4}
184  DF  .~.~> Processes of preparing a solid polymer from ethylenic reactants only; or compositions therefore {5}


DEFINITION

Classification: 522/1

COMPOSITIONS TO BE POLYMERIZED BY WAVE ENERGY WHEREIN SAID COMPOSITION CONTAINS A RATE-AFFECTING MATERIAL; OR COMPOSITIONS TO BE MODIFIED BY WAVE ENERGY WHEREIN SAID COMPOSITION CONTAINS A RATE-AFFECTING MATERIAL; OR PROCESSES OF PREPARING OR TREATING A SOLID POLYMER UTILIZING WAVE ENERGY:

(under subclass 1) Subject matter under Class 520, ... involving processes of (1) preparing a solid polymer in the presence of wave energy is employed to induce the polymerization; or (2) chemically modifying a solid polymer with a chemical reactant in the presence of wave energy is employed to induce the reaction; or (3) modifying a solid polymer by wave energy wherein the wave energy induces a chemical reaction in the solid polymer; and compositions of (1), (2) and (3) to be polymerized or reacted provided a photoinitiator or photosensitizer is present.